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bloodline wrote:Quotewhabang wrote:Yeah?What if were to use carbon and deutrim, then?Would that mean that I have no clue what you're talking about? :-DDeuterium is no problem since it only has one electron... with carbon you have the same problem as Helium, where electron election interactions make it imposible to work out an exact solution.Let's stick with Dilithium, eh? ;-)
whabang wrote:Yeah?What if were to use carbon and deutrim, then?Would that mean that I have no clue what you're talking about? :-D
bloodline wrote:Quotebloodline wrote:QuoteCyberus wrote:Quotebloodline wrote:Quotewhabang wrote:Ok,I have a feeling that this is one of those threads that will never die. Can one of you moderators move this to the DMZ, please? :-)Oh, and BUMP!I think you should start with the He+ ion. Since that only has one electron you can use the hydrogenic model. So you can write the hamiltonian for that.Will we use the variational theorem, or perturbation theory? In fact, I have on old Matlab program for iterating Hydrogenic wave functions using the variational method somewhere - a relic of my university days...Variational theorem, since I never learned the other one :-PHey!!! check out the cool effect that loads of quotes has!! :-D
bloodline wrote:QuoteCyberus wrote:Quotebloodline wrote:Quotewhabang wrote:Ok,I have a feeling that this is one of those threads that will never die. Can one of you moderators move this to the DMZ, please? :-)Oh, and BUMP!I think you should start with the He+ ion. Since that only has one electron you can use the hydrogenic model. So you can write the hamiltonian for that.Will we use the variational theorem, or perturbation theory? In fact, I have on old Matlab program for iterating Hydrogenic wave functions using the variational method somewhere - a relic of my university days...Variational theorem, since I never learned the other one :-P
Cyberus wrote:Quotebloodline wrote:Quotewhabang wrote:Ok,I have a feeling that this is one of those threads that will never die. Can one of you moderators move this to the DMZ, please? :-)Oh, and BUMP!I think you should start with the He+ ion. Since that only has one electron you can use the hydrogenic model. So you can write the hamiltonian for that.Will we use the variational theorem, or perturbation theory? In fact, I have on old Matlab program for iterating Hydrogenic wave functions using the variational method somewhere - a relic of my university days...
bloodline wrote:Quotewhabang wrote:Ok,I have a feeling that this is one of those threads that will never die. Can one of you moderators move this to the DMZ, please? :-)Oh, and BUMP!I think you should start with the He+ ion. Since that only has one electron you can use the hydrogenic model. So you can write the hamiltonian for that.
whabang wrote:Ok,I have a feeling that this is one of those threads that will never die. Can one of you moderators move this to the DMZ, please? :-)Oh, and BUMP!
